Simultaneous Imaging of Artery-Wall Strain and Blood Flow by High Frame Rate Acquisition of RF Signals
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関連論文
- P2-59 Ultrasonic Measurement of Distribution of Longitudinal Displacement along the Radial Direction of Carotid Arterial Wall(Poster session 2)
- Simultaneous Imaging of Artery-Wall Strain and Blood Flow by High Frame Rate Acquisition of RF Signals
- Reduction of Influence of Variation in Center Frequencies of RF Echoes on Estimation of Artery-Wall Strain
- Generation of Strain Inside Objects Using Dual Acoustic Radiation Force (Special Issue: Ultrasonic Electronics)
- P2-58 Angular Dependence of Ultrasonic Scattering from Wire Phantom Mimicking Myocardial Fiber(Poster session 2)
- P2-55 Angular Dependence of Ultrasonic Echo for Imaging Micro-Order Surface Roughness(Poster session 2)
- P2-54 Tissue Classification of Artery Wall Based on Elasticity Distribution in Region of Interest Determined by Spatial Resolution of Ultrasound(Poster session 2)
- P2-59 Construction of Reference Data for Classification of Elasticity Images of Arterial Wall(Short presentation for poster)
- P2-58 Change in Elasticity in Intima-Media Region of Brachial Artery Caused by Flow-Mediated Dilation(Short presentation for poster)
- P2-56 Simultaneous Regional Actuation at Two Points in Object by Controlling Phase Between Acoustic Radiation Forces(Short presentation for poster)
- P2-57 Imaging of Cross-Sectional Elasticity of Arterial Wall by Comparing Measured Change in Thickness with Model Waveform(Short presentation for poster)
- P1-37 Evaluation of Velocity Distribution of Prototype Ultrasonic Surgical Knife and Coagulation of Soft Tissue for Identification of Optimum Operation Frequency(Poster session 1)
- P1-51 Improving Spatial Resolution in Separation of Scatterers by Simultaneous Receiving of Ultrasonic Echoes with Multi-Channel Transducer(Poster session 1)
- P2-56 Ultrasonic Measurement of Change in Elasticity of Intima-Media Region for Radial Artery Due to Flow-Mediated Dilation(Poster session 2)
- P2-57 Imaging of Transition in Myocardial Contraction and Relaxation by Measuring Strain Rate at High Temporal Resolution(Poster session 2)